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1. 杭州电子科技大学电子信息学院,浙江省,杭州市,310037
2. 杭州国电信息技术有限公司,浙江省,杭州市,310037
3. 浙江省电力调度通信中心,浙江省,杭州市,310007
4. 绍兴电力局,浙江省,绍兴市,312000
5. 金华电力局,浙江省,金华市,321000
6. 衢州电力局,浙江省,衢州市,324000
纸质出版日期:2007
移动端阅览
章坚民, 姜健宁, 沈水明, 等. 基于采集与分析过程的电网故障信息系统界面设计[J]. 电力系统自动化, 2007,31(17):65-68.
界面设计是应用系统体现其实用性的最重要、最有变化活力的部分。对于电网故障信息系统这种以信息采集、收集过程中进行信息分析为特征的系统界面设计,关键在于总结归纳其采集过程中信息的可获取性、关联使用、推理、联想的过程描述,并划分信息断面,以数据库关联、信息检索、图形、报告、嵌入式高级应用等方式进行综合集成。基于Java的Web服务,客户端可以很方便地实现界面集成,链接、嵌入或远程调用第三方的网页以展示其成果,因此界面设计宜采用网页技术。
User interface design is the most important and active part for an application system to display its practicability. As grid fault information system is concerned, the characteristic of its user interface design is to analyze the information during the ongoing processing of gradually data acquisition and information integrating. The key issues lie in the process description of data availability, correlated utilization, reasoning and associating, and the information section making, which means adopting information integration methodology utilizing the correlation inherited in database design, information searching, graphic display, reporting, embedded comprehensive application module, etc. It is highly recommended to use Java based Web service technology and WWW page based interface design as the user interface solution because of their advantages of easy display and capability of utilizing the achievement of any third developer or independent module through linkage, embedded integration or remote method invocation.
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